Commodore Computers A590 User manual

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SERVICE MANUAL
A590
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COMPUTERS


SERVICE MANUAL
A590
AUGUST, 1989 PN-314899-01
INTERNATIONAL EDITION
COMMODORE “INTERNATIONAL EDITION” SERVICE MANUALS CON-
TAIN PART NUMBER IN ORMATION WHICH MAY VARY ACCORDING TO
COUNTRY. SOME PARTS MAY NOT BE AVAILABLE IN ALL COUNTRIES.
Commodore Business Machines, Inc.
1200 Wilson Drive, West Chester, Pennsylvania 19380 .S.A.
Commodore makes no express or implied warranties with
regard to the information contained herein. The infor-
mation is made available solely on an as is basis, and the
entire risk as to completeness, reliability, and accuracy
is with the user. Commodore shall not be liable for any
damages in connection with the use of the information
contained herein. The listing of any available replacement
part herein does not constitute in any case a recommenda-
tion, warranty or guaranty as to quality or suitability of
such replacement part. Reproduction or use without ex
press permission, of editorial or pictorial content, in any
matter is prohibited.
This manual contains copyrighted and proprietary information. No part
of this publication may be reproduced, stored in a retrieval System, or
transmitted in any form or by any means, electronic, mechanical, photo-
copying, recording or otherwise, without the prior written permission
of Commodore Electronics Limited.
Copyright © 1989 by Commodore Electronics Limited.
All rights reserved.

A590 SERVICE MANUAL
TABLE O CONTENTS
SECTION 1 — SPECI ICATIONS
SECTION 2 — THEORY O OPERATIONS
SECTION 3 — TROUBLESHOOTING GUIDE
SECTION 4 — PARTS
SECTION 5 — SCHEMATICS, CONNECTORS,
DIP SWITCHES, JUMPERS

A590 SERVICE MANUAL
SECTION 1
SPECI IC ATION S

A590 SERVICE MANUAL
A590 Specifications
Features
20 MB Hard Drive — SCSI
Expansion sockets for 2MB of fast RAM (256K x 4)
Auto-Boot ROMS
SCSI — ANSI X3T9.2 compatible
DB-25 SCSI connector
50-PIN internal SCSI connector
Host Interface — connects to 86 PIN edge connector of A500 Computer.
Dimensions
6 x 10.5 x 2.75 inches, assembly
Weig t
4.5 lbs, assembly
Power Requirements
117/220/240 VAC, 50 Watts (max)

A590 SERVICE MANUAL
SECTION 2
• THEORY O OPERATIONS
• SCSI BUS INTER ACE CONTROLLER
NOTE
PLEASE RE ERENCE A590 USER MANUAL
PN-363026-01 OR DETAILED OPERATIONS.

A590 SERVICE MANUAL
Theory of Operation
The Host Power supply provided + 5 volts to this Assembly through an 86-pin connector where it enables the A590 external
power supply.
The Assembly as described herein shall consist of three independent Subsystems:
[1] MEMORY
[2] DMA/SCSI CONTROLLER
[3] A TO-CONFIG
A TO-CONFIG for all on-board devices (RAM, ROM, DMA Controller) shall be executed by the DMA Controller Chip.
The DMA chip provides “
_
RAMSEL” and “
__
ROMCS” Signals to indicate an access to the on board RAM and ROM,
respectively. Düring auto-config time the DMA chip must indicate how much RAM is on board. It determines this by reading
its “RAMSZ” line. The following chart shows the relationship between the Signal on RAMSZ and the amount of RAM that
should be present:
Signal Amount of RAM
Ground None
Inverse of CDAC 512K
CDAC IM
Vcc 2M
The Signal applied to “RAMSZ” is determined by JP1. The DMA Controller chip also generates the Signal “
_
SLAVE” whenever
something within the auto config address space is being accessed. This is tied directly to “
_
OVR” to allow for generation
of “
_
DTACK” on our board.
The auto-boot ROMS simply connect to the bus with the data Outputs being enabled by “
_
ROMCS”. “
_
DTACK” is generated
automatically by the DMA chip when the ROM is accessed.
The RAM section is controlled by 5. (See Timing Diagram.) 3 generates RAS and CAS for the RAMs as well as DTACK.
The RAM is set up in 4 separate banks, each with its own CAS, but a common RAS. The CAS on the bank that is being
accessed has a special access waveform, while the other three CAS lines will just perform a refresh. After the access, a hidden
refresh is performed. If the RAM is not being accessed, all of the RAM is just continually refreshed. On writes, the byte(s)
(upper, lower or both) to write shall be determined by gating and write Signal to the RAMs with DS and LDS. Byte control
of reads is gated by applying LDS or DS to the output enable inputs of the RAMs. The multiplexed address that DRAMS
need is generated by 8 and 9, which is controlled by the mux signal from 5. There are two possible relationships between
processor timing and the CI and C3 clocks. 5 only understands one of these (Agnus normally synchronizes the processor
to this relationship, but this relationship can be upset by DMA operations, for instance). If 5 sees the other relationship,
it will insert a single wait state to realign the 68000 to what it considers correct timing. This special cycle is shown on the
timing diagram in addition to normal cycles.
The DMA Controller ( l) attaches to the bus and to the WD33C93 SCSI Controller chip ( 4). 4 attaches to an internal 50
pin SCSI connector and goes out to a DB25 connector on the back of the board which allows attachment of SCSI peripherals.
The DMA Controller also provides a special XT interface for IBM PC XT bus type drives (this is NOT ST-506). This connects
to the internal drive. The 7-MHz clock required by the DMA Controller is generated by 6. The special SCSI bus reset signal
is generated whenever the Amiga is reset.
2-1

7M
CDAC
cT
C3
ÄS
R/W
RAM-SEL
D15 - 0
A23 - 1
RÄS
CASO
CAS1
MUX
DTACK
I REFRESH I READ OR WRITE | NEW US MASTER I REFRESH I READ OR WRITE
S6 S71 SO S1 S2 S31 S4 S5 S6 S 7 ' CASE 1 ' SO S1 S2 S3 ' S4 S5 S6 S7 NEW US MASTER
CASE 2 REFRESH I READ OR WRITE
SO S1 S2 S3 ' S4 W W S5 S6 S7
TIMING DIAGRAM
I
A590 SERVICE MANUAL

AS90 SERVICE MANUAL
390206-01 SCSI Bus Interface Controller U4-WD33C93
The SCSI protocol between the Host/Initiator and a Target/Controller is:
• Host selects the SCSI Controller
• Controller requests from the Host a command specifying the task. (Such as disk read, tape write or printer etc.)
• Host sends command and Controller interprets it and executes. (Reads data from disk and asks Host to accept data,
prepares tape for write Operation or conditions printer for printing and then requests date from Host, etc.)
• After completion of data transfer the Controller requests that the Host accept the Status Byte
• After Status is accepted by the Host the Controller disconnects from the bus, leaving it free for next Operation
The SBIC when used in an initiator System is connected to both the Host type bus and the SCSI bus and waits for a command
from the Host to select a specific target. If the bus is busy serving a higher priority Iniciator, the SBIC waits for the bus to
become available and then attempts to select the Target. When successful the SBIC generates an interrupt to the Host to in-
dicate that the selection has been completed.
The Target then requests a command byte, the SBIC interrupts the Host and passes on the request. The Host responds by
giving a TRANSFER INFO command to the SBIC, along with the command byte requested by the Target, and passes it on
to the Target. This process continues until all command data and Status bytes have been transferred. Düring a data transfer
phase, the data can be transferred between the SBIC and Host memory via DMA. To relieve the Host of some of the interrupt-
handling responsibilities, the SELECT and TRANSFER INFORMATION commands may be chained together by using the
special SELECT-AND TRANSFER commands.
When the SBIC is used in a peripheral Controller System it communicates with the local processor and SCSI bus in the same
way as used in the initiator System. The SBIC is also capable of operating as a bus master on the Controllers local data bus.
Therefore, the SBIC can, during a data transfer, issue read and write enables to access an external buffer without requiring
DMA or programmed I/C transfers.
The SBIC implements arbitration, parity and synchronous transfers as well as full Standard SCSI physical path definition for
use with either differential or single ended interfacing Option.
Refer to Figure 1 for block diagram, Figure 2 for pin configuration and Table 1 for pin description.
A0
ALE
CS
RE
WE
D7
DO
DRQ
DACK
FIGURE 1
BLOCK DIAGRAM
■ VCC
■RE
■ aCK
■ÄTN
■ MR
■ vss
■ DB7
■DES
■ dBs
DB4
■DB3
■DBI
■VSS
■DBI
-CSO
-DB
■ALE
RE
•WE
•Ü5
FIGURE 2
PIN CONFIGURATION
2-3

A590 SERVICE MANUAL
TABLE 1
PIN
NUM BER M NEM ONIC SIGNAL NA M E I/O FUNCTION
DIP/QSM SCSI INTER ACE — ALL SCSI pins have open-drain output drivers
1/2 I/O INPUT/OUTPUT I/O I/O Controls the direction of data movement on the SCSI bus with respect to the Initiator. When asserted, data
is input to the Initiator. When de-asserted, data is output from the Initiator. IO is an input Signal when the
WD33C93 is operating as an Initiator and an output signal when operating as a Target.
2/3 Msg MESSAGE I/O MSG is asserted during a message phase. MSG is an input when the WD33C93 is operating as an Initiator
and an output when operating as a Target.
4/5 Ü /D ÜÖ NTK ÖL/DATA I/O C /D is asserted when there is Control Information on the SCSI data bus and de-asserted for data. C /D is
an input when the WD33C93 is operating as an Initiator and an output when operating as a Target.
5/6 BSY B 5Y I/O BSY is asserted by the WD33C93 as an output when attempting to arbitrate for the SCSI bus or when con
nected as a target. When the WD33C93 is connected as an Initiator, BSY operates as an input.
6/7 SEE SELECT I/O The WD33C93 asserts SEL as an output when trying to select or reselect another SCSI device. The WD33C93
receives SEL as an input when it is being selected.
25/28 DBF SCSI DATA I/O SCSI bus data parity.
PAftITY
26/29 Ü BÜ SCSI DATA Ü I/O SCSI bus data bit 0.
27/30 ÜBT SCSI ÜATÄ tI/O SCSI bus data bit 1.
29/32 DB2 SCSI bATA 2 I/O SCSI bus data bit 2.
thru thru thru thru
32/35 DBS SCSI Data 5 I/O SCSI bus data 5.
33/37 DB6 SCSI DATA 6I/O SCSI bus data bit 6.
34/38 ÜBT SCSI DATA 1I/O SCSI bus data bit 7.
37/41
38/42
ATN
AÜE
ATTEnTIöNI/O ATN Signals that the Initiator has a message to transfer. ATN is an output signal when the WD33C93-SBIC
is operating as an Initiator and an input signal when connected as a Target.
aüknowledge I/O ACK acknowledges a REQ/ACK data transfer handshake. ACK is an output signal when the WD33C93 is
operating as an Initiator and an input when operating as a Target.
39/43 KEQ REQ EST I/O REQ requests an REQ/ACK data transfer KEQ is an input signal when the WD33C93 is operating as an
Initiator and an output signal when operating as a Target.
DIP/QSM PROCESSOR/DMA INTER ACE
7/8 CLK CLOCK I 10 M Hz square wave clock.
8/9 DRQ/DRQ DATA REQUEST oDRQ interfaces with an external DM A Controller (eq. 8237) and forms the DRQ /DACK handshake for data
byte transfers.
DATA REQUEST I DRQ interfaces with an external buff er. When asserted, data burst transfers are enabled using Direct Buffer
Access (DBA).
This signal is open drain.
9/10 DACK/RCS DM A I DACK interfaces with an external DM A Controller (eg. 8347). When asserted, all bus transfers are to or from
AC kN OW LE DGE the Data Register regardless of the contents o f the Address Register.
RXKlCmF oRCS interfaces with an external buffer. When KÜB is asserted. W E and RE are enabled as output Signals,
making it possible for the WD33C93 to access the buffer directly.
This signal is open drain.
10/12 INTRQ INTERRUPT oINTRQ Signals a local microprocessor or Host that a W D33C93 command has terminated or the SCSI
REQUEST Interface needs Service.
11/13 DO DATAO I/O Local data bus bit 0.
thru thru thru thru
18/20 D7 DATA 7 Local data bus bit 7.
19/21 A0
CS
ADDRESS 0 IA0 is used to access an internal register during the indirect addressing mode of Operation. During direct ad-
dressing, A0 is ignored.
A0 = 0. The address of the desired register is loaded into the Address Register during a write cycle (WE
asserted).
A0 = 1. The register selected by the Address Register is accessed.
21/24 CHIP SELECT IWhen C5 is asserted. WE and RE are enabled as input Signals for accessing registers within the WD33C93.
22/25 WE WttlTE ENABLE I/O W E is an input signal and enables writing to an internal register when used with ÜB.
WE is an output signal and enables writing to the external buffer when used with RCS.
WE is a tri-state signal.
23/26
24/27
KE REIß ENABLE I/O RE is an input signal and enables reading an internal register when used with ÜB.
RE is an output signal and enables reading the external buffer when used with RCS.
RE is a tri-state signal.
ALE
Mr
ADDRESS IWith the training edge of ALE, the address on the local data bus is latched into the Address Register. When
indirect addressing is used, as in non-multiplexed busses the ALE pin must be grounded.
26/40 M ASTER RESET IWhen asserted, MR places the WD33C93 into a disconnected state. All SCSI Signals are placed in a passive state.
DIP/QSM MISCELLANEOUS
/I TEST ACTORY TEST TEST pins for factory use only and should not be connected.
/I I TEST ACTORY TEST
3/4 vss GROUND
20/33 vss GROUND
28/41 vss GROUND
35/39 vss GROUND
49 TEST ACTORY TEST
/3 6 TEST ACTORY TEST
4 0 /+ 4 VCC + 5 VOLTS
2-4

A590 SERVICE MANUAL
SECTION 3
TROUBLESHOOTING GUIDE
INSTALLING DRAMS

A590 SERVICE MANUAL
TROUBLESHOOTING
With the power off, make sure that all cables are connected correctly, and that the A590 is properly connected to the Amiga.
SYMPTOM CAUSE SOLUTION
Power light is not on. Power supply not plugged into wall.
Power supply not plugged into A590.
A500 power supply not turned on.
Check connections to wall and A590.
A500 power light blinks, or System
fails with the A590 connected. A500 is running with Kickstart 1.2
and DIP switch 1 is set to autoboot
enabled.
Set DIP switch 1 to OFF.
System cannot find the A590. A500 is running Kickstart 1.3 and
DIP switch is set to autoboot
disabled.
Set DIP switch 1 to ON.
System cannot find the A590. A500 is running Kickstart 1.2 and the
device driver was not copied to
expansion drawer.
Boot with disk created with
MakeBootDisk.
Not a DOS disk in nit 1. nit
appears as NDOS on Workbench
screen.
Hard drive Prepped but not
formatted. Format the hard disk from CLI/Shell
or initialize hard disk from
Workbench.
Read/Write error. Bad block on hard drive. Run Verify Data on Drive from
HDToolbox. For more information
refer to the section Backing p Your
Hard Disk.
Düring format System reports Can’t
find handler. System not using most recent Fast File
System from the A590 Setup disk. Copy Fast File System from the L
directory on the A590 Setup disk to
your boot disk.
You have an external Seagate drive
attached and when you boot from the
A590 the System displays the
Workbench request.
If you can reboot the System and it
functions normally after reboot, the
time-out is too short.
Set DIP switch 3 to the on Position.
An external hard disk appears
multiple times on the screen. The hard disk responds to all logical
addresses. Set DIP switch 2 to the off position.
When you attempt to access the hard
disk, the hard disk light turns on and
stays on, but the System locks up and
permits no further actions.
Drive does not generate a Standard
parity Signal. Set DIP switch 3 to the on position.
3-1

A590 SERVICE MANUAL
INSTALLING RANDOM ACCESS MEMORY (RAM) CHIPS
You can install RAM Chips in the A590 to increase the memory available to your Amiga 500. You can install 512KB, 1MB
or 2MB of additional memory.
Note: Use only CMOS 256k x 4 DRAMs, with an access speed of 120 ns or faster. Slower DRAMs will not work properly.
Do not use NMOS DRAMs. The use of NMOS DRAMs will damage the A590 and void your warranty.
RAM Chips are sensitive to static electricity. Contact with a Chip when high leveis of static electricity are present could ruin
a Chip. Touching a nearby grounded metal surface before touching the Chip can help reduce static levels.
Installation of RAM Chips should be performed by an authorized Commodore Service Center, or by your Commodore dealer.
Commodore will not be responsible or liabie for any damages caused by improper instaliation of RAM Chips.
APPROVED VENDORS
100 NS NEC PD424256C-10
MATS SHITA MN414256-10
120 NS TOSHIBA TC514256P-12
F JITS MB81C4256-12P
Note: Commodore will stock 256k x DRAMs, availability will be announced in Techtopics parts section.
WARNING: If your A590 is connected to the Computer, you must first turn off the power, disconnect all cables and peripherals,
and detach the A590 from the Computer by carefully pulling the A590 directly away from the A500.
The following Steps, required to install RAM Chips, are explained in detail below:
1. Remove the A590’s cover.
2. Remove the drive and the drive shield.
3. Insert the RAM Chips.
4. Set the RAM size jumper.
5. Replace the drive and the cover.
1. Removing the A590’s cover.
Locate the two screws on the connector side of the A590. Loosen these screws, but do not remove them.
3-2

A590 SERVICE MANUAL
Locate the eight screws on the bottom of the A590. The outer four connect the cover to the base and the inner four connect
the drive and the drive shield to the base. Remove the outer four and set these screws aside.
cover screws
Place the A590 on a flat surface and carefully lift the cover straight off. Disconnect the fan power cable from the printed
Circuit board in the base of the A590. Note the alignment of the LED cable if there is one, so that it can be reconnected proper-
ly. Disconnect the LED cable and put the cover aside.
3-3

AS90 SERVICE MANUAL
2. Removing the drive and the drive shield.
Locate the ribbon cable connector and the power cable connector and note how they connect to the board, so you can recon-
nect them properly. Disconnect them from where they attach to the board. Always handle each cable by the plastic connector.
power
cable
Remove the four remaining screws, and put them aside, separate from the first four screws. Lift the drive and shield off and
put them aside in a safe place. Place the drive on a soft, non-conductive surface. Do not subject the drive to shock.
3-4

A590 SERVICE MANUAL
3. Inserting the RAM Chips.
Note: Be careful to properly align the Chips before inserting them. Do not force them or bend the pins.
Turn the A590’s board so that it matches the illustration below. It is important that the chips be inserted properly. Each chip
has a notch or dot on one end to show the location of pin 1. When the end with the notch or dot is held to the left, pin 1
will be in the lower left corner. The chip should then be inserted so that the notched end is towards the left of the board.
The location for pin 1 is circled in the illustration below. Align the chip with the socket and insert it with slight pressure.
If you are installing 512 kilobytes of memory (4 chips), insert them in the four sockets labled 512K. If you are installing 1
megabyte of memory (8 chips), insert them in the eight sockets labled 512K and 1 MEG. If you are installing 2 megabytes
of memory (16 chips), insert them in all 16 sockets.
RAM Chip Sockets
4. Setting the jumper.
You must set a jumper on the board to match the amount of RAM installed. As shipped, the jumper is set to “Amnesia” ,
or no RAM installed. Lift the jumper straight off and replace it on the set of pins labeled the same as the amount of RAM installed.
5. Replacing the drive and the cover.
Replace the drive and the drive shield. Reconnect the ribbon cable and the power cable. Make certain that the connectors
and the pins are aligned properly. The power cable connector is shaped so that is can only fit the correct way. Replace the
four screws to hold the drive and shield in place. Reconnect the fan’s power cable to the board. Reconnect the LED cable
if there is one. Replace the cover and install the four screws. Tighten the two screws on the connector side of the A590.
3-5

A590 SERVICE MANUAL
SECTION 4
PARTS SECTION

A590 SERVICE MANUAL
A590 HDD INTERNATIONAL SHIPPING ASSEMBLIES (312641)
312641-01 SHIPPING ASSY A590 SCSI (US)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-01 PACKING ASSY ( S)
312641-02 SHIPPING ASSY A590 SCSI (CANADA)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-02 PACKING ASSY (CANADA)
312641-03 SHIPPING ASSY A590 SCSI (AUSTRALIA)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-03 PACKING ASSY (A STRALIA)
312641-04 SHIPPING ASSY A590 SCSI (UK)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-04 PACKING ASSY ( K)
312641-05 SHIPPING ASSY A590 SCSI (ITALY)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-05 PACKING ASSY (ITALY)
312641-06 SHIPPING ASSY A590 SCSI (SPAIN)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-06 PACKING ASSY (SPAIN)
312641-07 SHIPPING ASSY A590 SCSI
(SWITZERLAND)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-07 PACKING ASSY (SWITZERLAND)
312641-08 SHIPPING ASSY A590 SCSI (GERMANY)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-07 PACKING ASSY (GERMANY)
312641-09 SHIPPING ASSY A590 SCSI ( RANCE)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-07 PACKING ASSY (FRANCE)
312641-10 SHIPPING ASSY A590 SCSI
(NETHERLANDS)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-07 PACKING ASSY (NETHERLANDS)
312641-11 SHIPPING ASSY A590 SCSI (SWEDEN)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-07 PACKING ASSY (SWEDEN)
312641-12 SHIPPING ASSY A590 SCSI (DENMARK)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-07 PACKING ASSY (DENMARK)
312641-13 SHIPPING ASSY A590 SCSI (NORWAY)
363146-01 SHIPPING BOX A590
363147-01 PROTECTION SHEET, SIDE
363148-01 PROTECTION SHEET TOP & BOTTOM
312642-07 PACKING ASSY (NORWAY)
4-1

A590 SERVICE MANUAL
A590 HDD INTERNATIONAL PACKING ASSEMBLIES (312642)
312642-01 PACKING ASSY A590 HDD ( S)
312643-01 MAIN ASSY A590 SCSI
312643-02 MAIN ASSY S B: 312643-01
363143-01 INDIVID AL PACKING BOX (EFIGS)
318202-01 TOP FOAM
318203-01 BOTTOM FOAM
316645-01 PC LABEL ( S)
312639-01 POWER S PPLY - L/CSA
318904-01 WARRANTY CARD - S 90 DAYS
314877-02 SERVICE CENTER LIST ( S ONLY)
363026-01 SER MAN AL - EFIGS
312568-01 EXPANSION PORT GRO ND CLIP
318896-01 SOFTWARE LCENSE AGREEMENT
( S, CANADA, A STRL)
312341-01 DISKETTE REPLACEMENT CARD ( S)
251006-05 ANTI-STATIC BAG
312642-02 PACKING ASSY A590 HDD (CANADA)
312643-01 MAIN ASSY A590 SCSI
312643-02 MAIN ASSY S B: 312643-01
363143-01 INDIVID AL PACKING BOX (EFIGS)
318202-01 TOP FOAM
318203-01 BOTTOM FOAM
312639-01 POWER S PPLY - L/CSA
318882-01 WARRANTY REGISTRATION - CANADA
363026-01 SER MAN AL - EFIGS
312568-01 EXPANSION PORT GRO ND CLIP
318896-01 SOFTWARE LCENSE AGREEMENT
( S, CANADA, A STRL)
318556-02 DISKETTE REPLACEMENT CARD
(CANADA)
251006-05 ANTI-STATIC BAG
312642-03 PACKING ASSY A590 HDD (A STRALIA)
312643-01 MAIN ASSY A590 SCSI
312643-02 MAIN ASSY S B: 312643-01
363143-01 INDIVID AL PACKING BOX (EFIGS)
318202-01 TOP FOAM
318203-01 BOTTOM FOAM
312639-05 POWER S PPLY - SAA
318884-01 WARRANTY CARD - A STRALIA
363026-01 SER MAN AL - EFIGS
312568-01 EXPANSION PORT GRO ND CLIP
318896-01 SOFTWARE LCENSE AGREEMENT
( S, CANADA, A STRL)
251006-05 ANTI-STATIC BAG
312642-04 PACKING ASSY A590 HDD ( K)
312643-01 MAIN ASSY A590 SCSI
312643-02 MAIN ASSY S B: 312643-01
363143-01 INDIVID AL PACKING BOX (EFIGS)
318202-01 TOP FOAM
318203-01 BOTTOM FOAM
312639-02 POWER S PPLY - BSI
363026-01 SER MAN AL - EFIGS
312568-01 EXPANSION PORT GRO ND CLIP
251006-05 ANTI-STATIC BAG
312642-05 PACKING ASSY A590 HDD (ITALY)
312643-01 MAIN ASSY A590 SCSI
312643-02 MAIN ASSY S B: 312643-01
363143-01 INDIVID AL PACKING BOX (EFIGS)
318202-01 TOP FOAM
318203-01 BOTTOM FOAM
312639-03 POWER S PPLY - VDE
363026-01 SER MAN AL - ITALY
312568-01 EXPANSION PORT GRO ND CLIP
251006-05 ANTI-STATIC BAG
312642-06 PACKING ASSY A590 HDD (SPAIN)
312643-01 MAIN ASSY A590 SCSI
312643-02 MAIN ASSY S B: 312643-01
363143-01 INDIVID AL PACKING BOX (EFIGS)
318202-01 TOP FOAM
318203-01 BOTTOM FOAM
312639-03 POWER S PPLY - VDE
363026-02 SER MAN AL - SPANISH
312568-01 EXPANSION PORT GRO ND CLIP
251006-05 ANTI-STATIC BAG
312642-07 PACKING ASSY A590 HDD
(SWITZERLAND)
312643-01 MAIN ASSY A590 SCSI
312643-02 MAIN ASSY S B: 312643-01
363143-01 INDIVID AL PACKING BOX (EFIGS)
318202-01 TOP FOAM
318203-01 BOTTOM FOAM
312639-04 POWER S PPLY - SEV
363026-01 SER MAN AL - GERMAN
380933-01 WARRANTY CARD (SWITZERLAND)
312568-01 EXPANSION PORT GRO ND CLIP
251006-05 ANTI-STATIC BAG
4-2
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